Core Technology
Ultra-Broadband Coaxial Design Technology
Pushing the Limits of Frequency: From DC up to 200 GHz
We deliver industry-leading Coaxial Ultra-Broadband RF transmission solutions, backed by our proprietary design and precision manufacturing capabilities. Our technology bridges the gap between DC and the extreme high-frequency spectrum, supporting 145 GHz and extending up to 200 GHz.
Key Technical Strengths
- Precision Interface Portfolio
Extensive design database and commercial availability of ultra-high Frequency coaxial interfaces: 0.8mm, 1.0mm, 1.85mm, and next-generation 0.6mm solutions. - Extreme Electromagnetic (EM) Control
Beyond conventional 18–40 GHz limits, our structures are engineered for extreme EM field control, ensuring minimal insertion loss, low reflection, and zero distortion across the entire bandwidth up to 200 GHz. - World-Class Reliability
Advanced impedance matching and structural optimization provide exceptional Signal stability and repetitive reliability, even in the most demanding environments.
Cryogenic RF Design Technology
Upcoming Signal Integrity in Extreme Cold
We possess advanced Cryogenic RF transmission technology that guarantees perfect performance even in millikelvin (mK) environments near absolute zero (0K).
We provide ultimate Signal Integrity by controlling even the most minute signal distortions that can occur in extreme environments and radical temperature fluctuations, such as those found in quantum computing, aerospace, and superconducting device testing.
Core Design Capabilities
- Low Noise Amplifier (LNA) Design
Specialized engineering for ultra-low noise amplification in cryogenic states. - Infra-red (IR) Filter Design
High-precision filter technology to block unwanted thermal radiation. - Cryogenic Coaxial Cable Design
Optimized cable assemblies for stable signal transmission at extreme low temperatures.
High-Reliability RF Measurement & Verification Technology
Beyond simple product manufacturing, we possess proprietary RF measurement and analysis solutions to verify the extreme precision required in high-frequency bands. We provide data-driven quality assurance systems that global customers in next-generation communications (6G), AI servers, and semiconductor packaging can trust.
RF Calibration Technology
We possess differentiated calibration technology featuring modules equipped with a DSP/microprocessor, a temperature sensor, an Ethernet communication module, and an SD memory interface. These modules offer advanced performance by performing autonomous computation, control, and communication within the module itself.
Cryogenic Calibration Technology
We hold the design technology for Cryogenic Calibration Systems that combine mechanical calibration standards (OPEN, SHORT)—which maintain stable RF characteristics even at extreme cold—with specialized switches proven to perform reliably in cryogenic states.
MEMS Probe & Test Socket Technology
We possess specialized design technology for probe sockets used in camera and display modules, consisting of fine-pitch Board-to-Board (B2B) connectors. These probe sockets feature unique geometries optimized for precise contact and high-reliability testing.
Ultra-Broadband Transmission Line Technology for Ultra High Speed Data
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